GPU (ImageProcessing)

GPU Module

Namespace: ImageProcessing
Assembly: ImageProcessing.PolinaSavelyeva.dll

Functions and values

Function or value	Description
`applyFilter clContext localWorkSize` Full Usage: `applyFilter clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `float32[,] -> MyImage -> MyImage` A function that takes a filter kernel and an image, and asynchronously applies the filter to the image using GPU	Applies a filter to the specified image using GPU clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `float32[,] -> MyImage -> MyImage` A function that takes a filter kernel and an image, and asynchronously applies the filter to the image using GPU
`applyFilterGPUKernel clContext localWorkSize` Full Usage: `applyFilterGPUKernel clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `MailboxProcessor<Msg> -> ClArray<float32> -> int -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, filter parameters, image data, and result array as inputs and asynchronously applies the filter kernel to the image using the GPU. The resulting image data is stored in the result array	Creates compiled GPU filter kernel clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `MailboxProcessor<Msg> -> ClArray<float32> -> int -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, filter parameters, image data, and result array as inputs and asynchronously applies the filter kernel to the image using the GPU. The resulting image data is stored in the result array
`flip clContext localWorkSize` Full Usage: `flip clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `bool -> MyImage -> MyImage` A function that takes a boolean value indicating the flip direction, and an image, and asynchronously flips the image using the GPU	Flips the image vertically or horizontally using GPU clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `bool -> MyImage -> MyImage` A function that takes a boolean value indicating the flip direction, and an image, and asynchronously flips the image using the GPU
`flipGPUKernel clContext localWorkSize` Full Usage: `flipGPUKernel clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `MailboxProcessor<Msg> -> ClCell<int> -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, flip parameter, image data, and result array as inputs and asynchronously flips the image using the GPU. The resulting image data is stored in the result array	Creates compiled GPU flip kernel clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `MailboxProcessor<Msg> -> ClCell<int> -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, flip parameter, image data, and result array as inputs and asynchronously flips the image using the GPU. The resulting image data is stored in the result array
`rotate clContext localWorkSize` Full Usage: `rotate clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `bool -> MyImage -> MyImage` A function that takes a boolean value indicating the rotation direction, and an image, and asynchronously rotates the image using the GPU	Rotates the image clockwise or counterclockwise using GPU clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `bool -> MyImage -> MyImage` A function that takes a boolean value indicating the rotation direction, and an image, and asynchronously rotates the image using the GPU
`rotateGPUKernel clContext localWorkSize` Full Usage: `rotateGPUKernel clContext localWorkSize` Parameters: clContext : `ClContext` - The representation of OpenCL context localWorkSize : `int` - The size of the local work group Returns: `MailboxProcessor<Msg> -> ClCell<int> -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, rotation parameter, image data, and result array as inputs and asynchronously rotates the image using the GPU. The resulting image data is stored in the result array	Creates compiled GPU rotation kernel clContext : `ClContext` The representation of OpenCL context localWorkSize : `int` The size of the local work group Returns: `MailboxProcessor<Msg> -> ClCell<int> -> ClArray<byte> -> int -> int -> ClArray<byte> -> ClArray<byte>` A function that takes a command queue, rotation parameter, image data, and result array as inputs and asynchronously rotates the image using the GPU. The resulting image data is stored in the result array